Mouser's new motor control application subsite lets you play with motor control

Single chip microcomputer STM32L151CCU6

Mobile phone crystal 3.2*2.5mm 3225 26M (26.000MHZ)

Probe current voltage pin 420*4450 head diameter 5.0 over current current and voltage pin

Photocoupler

MoUSER (Mouser Electronics) today announced a new motor control applications subsites. The new application subsite provides developers with resources to learn more about the latest advances in motor control systems, as well as the latest components from Mouser that build motor control systems.

The new Motor Control Application sub-site launched on the Mouser website provides valuable resources to enrich the developer's knowledge of motor control systems. The application part divides the motor control into five categories: permanent magnet synchronous motor, brushless DC motor, stepper motor , AC induction motor and low voltage DC motor. These sub-categories describe the purpose and operation of each type of motor separately. The description also includes a functional block diagram and a list of products that can provide the same day delivery service.

The article discusses some related topics, such as introductions to resolvers and encoders and missing components for advanced motor control. All articles provide a discussion area for users to post comments and ask questions for further discussion on related topics.

The Featured Products section highlights the key offerings available on the Mouser website to help accelerate and enhance the construction of motor control systems. These products include the Vishay Widebody VOW3120 2.5A IGBT and MOSFET drivers, the Molex sealed industrial USB solution, and the Fairchild FAN9673 CCM PFC controller. Other motor control system products such as EMI suppressors, circuit protection products, passive components, sensors and motor control development kits are also listed.

Finally, the Resources section lists some videos, application notes, and white papers that further clarify device selection and system considerations when designing a motor control system. The systems discussed include selection of motor drivers, implementation of control feedback loops, power factor correction (PFC) techniques, and thermal management design.

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